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19 Nov 2019
A mixture of 10 mL of benzene (MW= 78.11 g/mol, d=0.88 g/mL) and 50 mL of p-xylene (MW=106.17 g/mol, d=0.86 g/mL) is distilled.
Calculate the mole percent of each component, and using these mole percents and the figure below, answer the following questions:
1) What is the initial boiling point of this mixture?
2) What is the composition of the vapor in equilibrium with this liquid? What is the composition of the initial condensate from simple distillation?
3) Instead of simple distillation, you set up a fractional distillation. Assuming three threoretical plates, what is the composition of the first fration collected?
e nique three theoretical simple initial point of is set 40 simple distillation? and 20 Assuming 80 point isolate and 100 70 mL What of a 150 140 in 130 120 is to 110 100 boiling 90 50 80 liquid? solubility percents collected? o.88 first 40 these percent 60 is g/mL) of fraction mole Liquid in 21 and 23% a of differences Mole using the IIS d is u g/mol, of distilled. from mixture? 60 this g/mL) questions: 78.11 take component, vapor composition you condensate is Gas each d 80 the 20 the advantage 0.86 (MW will distillation, g/mol, what benzene took the of following of 1, of plates, 100 06.17 answer mL the you percent boiling of hat (GC) Exercise is is (MW the below, of the the of a mole 100 70 10 initial 120 110 80 130 90 140 composition 150 3. the Experiment 2. Temp 351/532 I. the Calculate p-xylene A Instead What composition mixture figure PreLab solid. In this experiment, you understanding of how distillation can e and identify compounds and develop an o separate mixtures of liquids. n any compound are packed together in a
A mixture of 10 mL of benzene (MW= 78.11 g/mol, d=0.88 g/mL) and 50 mL of p-xylene (MW=106.17 g/mol, d=0.86 g/mL) is distilled.
Calculate the mole percent of each component, and using these mole percents and the figure below, answer the following questions:
1) What is the initial boiling point of this mixture?
2) What is the composition of the vapor in equilibrium with this liquid? What is the composition of the initial condensate from simple distillation?
3) Instead of simple distillation, you set up a fractional distillation. Assuming three threoretical plates, what is the composition of the first fration collected?
e nique three theoretical simple initial point of is set 40 simple distillation? and 20 Assuming 80 point isolate and 100 70 mL What of a 150 140 in 130 120 is to 110 100 boiling 90 50 80 liquid? solubility percents collected? o.88 first 40 these percent 60 is g/mL) of fraction mole Liquid in 21 and 23% a of differences Mole using the IIS d is u g/mol, of distilled. from mixture? 60 this g/mL) questions: 78.11 take component, vapor composition you condensate is Gas each d 80 the 20 the advantage 0.86 (MW will distillation, g/mol, what benzene took the of following of 1, of plates, 100 06.17 answer mL the you percent boiling of hat (GC) Exercise is is (MW the below, of the the of a mole 100 70 10 initial 120 110 80 130 90 140 composition 150 3. the Experiment 2. Temp 351/532 I. the Calculate p-xylene A Instead What composition mixture figure PreLab solid. In this experiment, you understanding of how distillation can e and identify compounds and develop an o separate mixtures of liquids. n any compound are packed together in a
Nelly StrackeLv2
6 Aug 2019